Author: Site Editor Publish Time: 2026-11-08 Origin: Site
Capacity in a nugget line is set by the former, not by the fryer or the packing table. The MF400 patty and nugget former runs from 200 to 600 kg/h depending on mould and product, so a plant that expects to grow into export volume buys the top of that range once instead of buying twice. This customer took the 600 kg/h end of the MF400 range and sized the rest of the line to match it.
That decision carries a consequence that is easy to miss: everything downstream of the former has to keep up with 600 kg/h for the twenty minutes a shift when the former is running flat out. A fryer that is comfortable at 400 kg/h will hold the whole line back at 600, and the bottleneck simply moves downstream instead of disappearing. The same logic applies to the crumb return, the conveyor speeds and the number of people on the packing table: anything sized for a smaller former becomes the limit once the bigger one is installed.
The sequence a formed nugget passes through does not change with capacity: forming, batter, crumb, fry, chill or freeze, then packing. What changes is the size and the timing of each stage. The former sets the piece weight and the shape through its mould set, the batter and breading unit has to lay an even coat at the line speed the former produces, and the fryer has to hold temperature when a cold, wet, coated piece enters it continuously rather than in batches.
Buyers usually arrive with a product in mind and a capacity in kilos. The useful conversation is about piece weight and belt speed, because those two numbers decide whether 600 kg/h is achievable at all. A 20 g nugget and a 60 g patty both reach 600 kg/h, but they do it at very different piece rates, and the fryer, the conveyor and the packing crew all feel the difference.
The line left the workshop on a flatbed in numbered crates rather than as loose machines. Each crate carries its number and the TINDO marking so the receiving site can match a case to the layout drawing on the first day instead of opening everything to find out what is inside. Frames and panels are braced inside the crate, and stainless surfaces that face outward are wrapped before the boards go on.
For an overland leg to Central Asia the crating has to survive more vibration than a container crossing a calm sea. That means timber that is screwed rather than stapled, machines bolted to the crate floor rather than resting on padding, and no part of the machine bearing load through a component that is not designed to take it. Where a control cabinet ships separately, it carries a number from the same series, so nothing arrives on site without a place in the layout.
Three things are worth settling while the line is in transit. First, the utilities: the former, the fryer and any chiller each have their own supply requirement, and a plant that has only planned for one of them will be waiting on an electrician in week two. Second, the floor plan: the line needs a straight run from former to packing with enough space on the batter and crumb side for an operator to work without standing in the product path. Third, the cold side, because a 600 kg/h line produces a great deal of product in a short time and the freezer has to accept it as fast as it is made.
None of this is exotic, but all of it is easier to arrange before arrival than after. The commonest delay on a project of this size is not the machine; it is a drain, a cable or a doorway that does not match the drawing.
A 600 kg/h former is the right size for a plant that already sells formed product and wants to move from buying in to producing, or for one that has outgrown a smaller former and does not want a second rebuild in two years. It is the wrong size for a first venture testing the market with one product, where the smaller forming machine range gives a lower-commitment way to learn the process before committing floor space.
If the destination is a country with a long inland leg, plan the crating and the customs paperwork at the same time as the machine order. The nuggets processing line page lists the configurations this line is built from, and we can quote the same arrangement at 300 or 600 kg/h depending on where the plant expects to be in three years. The reasoning behind picking one capacity over another is set out in our note on choosing nugget line capacity.
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